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        <title>user:jan001:drohnen-vergleich</title>
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        <description>Drohnen-Vergleich</description>
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        <title>user:jan001:intro_iot_tasmota_nig</title>
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        <description>Introduction to IoT - Sensors and Data processing

The first steps into the topic of IoT can be very confusing or even overwhelming. In this article, I want to walk you through an example, where you can see how to gather data, which hardware and software you can use, and how it all connects together in the end. You won&#039;t need any programming knowledge whatsoever. 
But I expect you have some idea what a microcontroller is and maybe have programmed something simple like an Arduino Uno with a blink…</description>
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        <title>user:jan001:jitsi_docker</title>
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        <description>Deploy Jitsi with Docker + High Quality

Every eolab.de has to be changed to your URL.

Prerequisits

	*  Ubuntu Server 20.04
	*  Docker and Docker-Compose are installed
	*  Running NGINX Reverse Proxy
	*  A SSL certificate for the desired url

Downloading Jitsi</description>
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        <description>How to install a MQTT Broker on Raspberry Pi

What you will need:

	*  A Raspberry Pi 3 (and higher)
	*  A way to power the Pi (micro-USB cable)
	*  A micro-SD-Card
	*  A PC or Laptop (with (micro)-SD-Card Slot)
	*  Internet (of course)
	*  Some basic PC knowledge</description>
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        <title>user:jan001:nig_first_steps</title>
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        <description>First steps with your NIG

What you will need

	*  A browser
	*  Your personal URL
	*  Your personal node-red username and password
	*  Your personal grafana username and password

How it works

All NIG-Environments (N=nodered, I=influxdb, g=grafana) are running in</description>
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        <title>user:jan001:nigdocu</title>
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        <description>NIG Dokumentation - Mini Bachelorarbeit

	*  Aufbau &amp; Installation
	*  NodeRed
	*  InfluxDB
	*  Grafana
	*  Nginx Proxy
	*  Die Zukunft
	*  Mini Bachelorarbeit Planung (Notizen)

Die Arbeit ist auch hier verfügbar:
[Mini-BA / Praxissemesterbericht - NIG]</description>
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        <description>OBS on the Raspberry Pi 4

I tried this using Ubuntu (arm64) for the Raspberry but it was kinda slow. So now I´m using standard Raspberry OS (armhf). Make sure to use a good and fast sd card! I´m also configuring Raspberry OS to accept my cheap USB 2.0 HDMI Capture Stick</description>
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        <title>user:jan001:trough_automation_pcb_intro</title>
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        <description>Trough Automation PCB - Introduction &amp; first steps

Intro

Quick Info

	*  Wifi 2,4Ghz
	*  Tasmota
	*  DC Input 4.75V - 36V
	*  Nano Fuse (1A - 5A)
	*  Switching High Current / Voltage DC Devices (example: Valves, Motors, ...)
	*  Solder Pads for OneWire device</description>
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        <dc:date>2023-01-05T14:38:56+00:00</dc:date>
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        <title>user:jan001:vogelhaus</title>
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        <description>Vogelhaus

Pläne

	*  &lt;http://3axis.co/flexible-plywood-birdhouse-dxf-file/eo4q5687/&gt; (Looks really good, fits really good together, needs a bit longer on the laser cutter, seems to be pretty cheap)
	*  &lt;https://www.instructables.com/id/Make-a-Birdhouse-Using-CNC/&gt;
	*  &lt;https://aribabox.com/products/bird-box&gt; (cost 6$)
	*  &lt;https://www.epiloglaser.com/resources/sample-club/birdhouse-laser-cutting.htm&gt;
	*  &lt;https://www.thingiverse.com/thing:916051&gt; (simple, classic, needs to  be test cut before)
…</description>
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